In conclusion, the presented mathematical model appears
to be (1) an effective means for assessing the average efficiency
of a vehicle transmission and (2) a simple tool for
predicting tractor performance in acceleration tests on flat
and rising roads. It provides the possibility to determine, with
only one acceleration test and with reasonable precision,
a benchmark for TEs and the choices adopted by different
manufacturers, without disassembling the vehicle or without
requiring the knowledge of its many design details. It is also
possible, with the model, to deduce vehicle performance in
acceleration tests, having only knowledge of the track characteristics
(road surface, slope).
In conclusion, the presented mathematical model appearsto be (1) an effective means for assessing the average efficiencyof a vehicle transmission and (2) a simple tool forpredicting tractor performance in acceleration tests on flatand rising roads. It provides the possibility to determine, withonly one acceleration test and with reasonable precision,a benchmark for TEs and the choices adopted by differentmanufacturers, without disassembling the vehicle or withoutrequiring the knowledge of its many design details. It is alsopossible, with the model, to deduce vehicle performance inacceleration tests, having only knowledge of the track characteristics(road surface, slope).
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